火星2020太空舱的计算空气热力学环境

A. Wise, D. Prabhu, C. Johnston, David Saunders, K. Edquist
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引用次数: 9

摘要

介绍了火星2020返回舱空气热力学环境定义的仿真工具和过程。火星2020太空舱利用了传统的火星科学实验室设计,但进入将遵循不同的轨道,在火星上的不同位置和高度着陆。创建mars 2020任务特定环境的总体策略遵循火星科学实验室的经验。主要的区别是现在冲击波层辐射的影响是建模的,特别关注后壳。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Computational Aerothermodynamic Environments for the Mars 2020 Entry Capsule
The simulation tools and processes used to generate aerothermodynamic environment definitions for the Mars 2020 entry capsule are presented. The Mars 2020 capsule leverages the heritage Mars Science Laboratory design, but the entry will follow a different trajectory, landing at a different location and altitude onMars. The general strategy for creating theMars 2020mission-specific environments follows from theMars Science Laboratory experience. The primary difference is that now the effects of shock-layer radiation are modeled, with particular concern for the backshell.
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